Electromagnetic Swing Experimental Set Key benefits Makes electromagnetic principles visible and easy to understand, turning abstract concepts into handson learning. Encourages active learning and curiosity, ideal for beginners, students, and hobbyists exploring basic electronics. Low voltage DC5V operation allows flexible power options for classroom and home use. Colorful LED lights improve visual feedback and make demonstrations more engaging. Why customers need this product Helps educators and learners demonstrate how changing magnetic fields and electromagnetism work in a clear, interactive way. Provides a simple, approachable assembly experience that lowers the barrier to entry for people to electronics. Combines functional demonstration with an attractive, modern appearance that fits classroom and desk displays. What makes it stand out Unique electromagnetic swing mechanism designed to showcase field changes in real time. Simple assembly and straightforward operation tailored to beginners and introductory labs. Integrated colorful LED lighting for enhanced visualization and presentation. Key features and specifications Color: K it Principle: Uses electromagnetic effects to generate and demonstrate magnetic field changes Assembly: Simple and easy to understand, suitable for beginners Power input: DC5V Lighting: Colorful LED lights, cool and stylish aesthetic Function: Experimental demonstration of electromagnetic swing and related phenomena Compatibility DC5V power input compatible with common 5 volt DC power supplies such as USB power banks and adapters. Practical use scenarios Classroom demonstration: Use during physics or electronics lessons to illustrate electromagnetic induction and field interactions. STEM project or homework: Students can assemble the kit to gain handson experience and document results for assignments. Hobbyist demonstration and display: Add to a home electronics workspace or science fair exhibit to demonstrate core electromagnetic concepts with visual appeal. Simple outcomes you can expect Clear, observable examples of electromagnetic behavior. A handson learning experience that builds basic assembly and electronics understanding. An engaging visual aid for teaching, presenting, or exploring core principles of electromagnetism.